Search Results - "Peczon, Benigno D"

Catalytic sites in rabbit muscle glyceraldehyde-3-phosphate dehydrogenase. Their number and their kinetic and spectral properties by Peczon, Benigno D, Spivey, H. Olin

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Intestinal basement membrane of Ascaris suum. Preparation, morphology, and composition by Peczon, Benigno D, Venable, John H, Beams, Calvin G, Hudson, Billy G

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Chromatographic analysis of hydroxylysine glycosides and acid hydrolyzates by Peczon, B D, Antreasian, R, Bucay, P

“…A single-column chromatographic technique for the analysis of hydroxylysine glycosides and acid hydrolyzates is described. This technique employs a Durrum…”
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Probing the subunit structure of cow anterior lens capsule with the detergent, sodium dodecyl sulfate by Peczon, B D, McCarthy, C A, Merritt, R B

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Changes in chemical composition of anterior lens capsules of cataractous human eyes as a function of age by Peczon, B D, Peczon, J D, Cintron, C, Hudson, B G

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Kinetics of the activation of rat liver pyruvate kinase by fructose 1,6-disphosphate and methods for characterizing hysteretic transitions by Spivey, H. Olin, Flory, Wayne, Peczon, Benigno D., Chandler, John P., Koeppe, Roger E.

“…1. Kinetics of fructose 1,6-diphosphate activation of liver pyruvate kinase type I inhibited with MgATP and l-alanine are described as a function of enzyme and…”
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Kinetics of calf lens phosphofructokinase activity at physiological substrate concentrations by Wolfe, J K, Peczon, B D, Chylack, Jr, L T

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A method for the quantitative analysis of hydroxylysine and its glycosidic derivatives using high-voltage paper electrophoresis and fluorescamine by Cintron, C, Peczon, B D, Kublin, C L

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Calf lens phosphofructokinase: purification by single-step affinity chromatography and partial characterization by Wolfe, J K, Peczon, B D, Chylack, Jr, L T

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Kinetic properties of rat liver pyruvate kinase at cellular concentrations of enzyme, substrates and modifiers by Flory, W, Peczon, B D, Koeppe, R E, Spivey, H O

“…Kinetic properties of rat liver pyruvate kinase type I at pH7.5 and 6.5 were studied with physiological ranges of substrates, modifiers and Mg(2+)…”
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